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Orbital mobility is a satellite’s ability to change its orbit through manoeuvres. It is important for several key goals: carrying out the mission program; avoiding collisions; satellite deorbit at the

CubeSat mobility refers to the ability of a small cube-shaped satellite to control its movement in orbit. In particular, it means that the satellite is capable of: change the altitude

A CubeSat’s lifespan depends not only on how much fuel it carries but also on the type of thruster it uses. Different CubeSat propulsion technologies affect mission duration in different

Orbital mobility is becoming a fundamental requirement for modern satellite missions. Until recently, a satellite was considered to be a static object. After launch, the satellite remained in its orbital

By 2030, CubeSat mobility will become increasingly important as more than 25,000 satellites operate in low Earth orbit. A big part of them will be CubeSats in commercial constellations. They

In recent times, many presentations on CubeSat propulsion have promised us a “green future”. At conferences, in white papers, and in promotional materials people talk about safe propellants, a sustainable